Search results
Results from the WOW.Com Content Network
An oxymoron (plurals: oxymorons and oxymora) is a figure of speech that juxtaposes concepts with opposite meanings within a word or in a phrase that is a self-contradiction. As a rhetorical device, an oxymoron illustrates a point to communicate and reveal a paradox.
In traditional logic, a contradiction occurs when a proposition conflicts either with itself or established fact. It is often used as a tool to detect disingenuous beliefs and bias . Illustrating a general tendency in applied logic, Aristotle 's law of noncontradiction states that "It is impossible that the same thing can at the same time both ...
A contradiction is a logical incompatibility between two or more propositions Contradiction may also refer to: Contradiction, a 1976 album by The Ohio Players;
false (contradiction) bottom, falsity, contradiction, falsum, empty clause propositional logic, Boolean algebra, first-order logic: denotes a proposition that is always false. The symbol ⊥ may also refer to perpendicular lines.
Accumulatio – the emphasis or summary of previously made points or inferences by excessive praise or accusation.; Actio – canon #5 in Cicero's list of rhetorical canons; traditionally linked to oral rhetoric, referring to how a speech is given (including tone of voice and nonverbal gestures, among others).
Self-contradiction or self-contradictory can refer to: Auto-antonym , a word with multiple meanings of which one is the reverse of another Oxymoron , a figure of speech that juxtaposes concepts with opposing meanings within a word or phrase that creates an ostensible self-contradiction
Proof by contradiction: Assume (for contradiction) that is true. Use this assumption to prove a contradiction . It follows that ¬ A {\displaystyle \neg A} is false, so A {\displaystyle A} is true.
The principle in logic that from a contradiction, any statement can be proven, related to the principle of ex falso quodlibet. exportation A logical principle that transforms a statement of the form ( P ∧ Q ) → R {\displaystyle (P\land Q)\rightarrow R} into the equivalent form P → ( Q → R ) {\displaystyle P\rightarrow (Q\rightarrow R ...